System and Method for Online Agency

ABSTRACT

The present disclosure describes novel systems and methods for a customer to receive information and/or purchase a product or service while interacting with multiple vendors through a single contact/agency. The customer is able to communicate with the agency through a variety of communication modes. The agency adapts the customer&#39;s input as necessary to meet the requirements of the vendors and the agency returns information to the customer so that the customer can conveniently interact with the multiple vendors. The systems and methods allow for the customer to stop and restart the process at various points using any of the communication modes. The agency has the ability to present the customer with prospecting, sales, service, upgrades, cross-sells, and other pre- and post-purchase services at the single point-of-contact agency.

RELATED AND CO-PENDING APPLICATION

This application claims priority to co-pending U.S. patent application entitled “System and Method for Online Agency”, Ser. No. 14/265,562, filed 30 Apr. 2014, which claims priority to U.S. patent application entitled “System and Method for Online Agency”, Ser. No. 13/468,249, filed 10 May 2012 now U.S. Pat. No. 8,793,147 that issued on 29 Jul. 2014, which claims priority to U.S. provisional patent application entitled “System and Method for Online Agency”, Ser. No. 61/484,872, filed 11 May 2011, the entirety of each is hereby incorporated herein by reference.

BACKGROUND

Electronic commerce has made it easier for a consumer to obtain information and/or make a purchase of a product or service from an online seller. However, if the customer desires to compare the products/services offered by different sellers, the customer usually must interface with each seller's website one at a time in order to determine which seller's product/service is the one best suited to the customer's needs. At each interface, the customer must enter information, data, preferences, and the like which can be tedious and time consuming. Additionally, each of the sellers may have certain restrictions or limitations on their products/services such that the customer must alter his or her criteria for each seller thus making the ultimate comparison between the various products/services overly complicated. any particular seller, e.g., online, telephonic, in person, etc. thus making the process inconvenient and time-consuming as the customer must finish the interaction once it is begun or risk having to restart the interaction from the beginning.

Another problem faced by the consumer is that pre-purchase and after-purchase resources of typical online sellers are offered in a disjoint manner thereby requiring the consumer to maintain separate contact points for such things as cross-sell benefits and opportunities, follow-up servicing for the purchased product/service, and potential future upgrades or downgrades as the consumer may desire. Since these, and other, pre-purchase and post-purchase services are usually an important consideration to a consumer when deciding to make a purchase, the inability to adequately take these services into account due to the arrangement of typical online businesses places a serious burden on the consumer. The resulting inefficiencies of making a purchase usually works to the detriment of the consumer as he or she, being daunted by the effort necessary to adequately vet a purchase, must make a decision based on incomplete, or perhaps even misleading, information.

The present disclosure describes novel systems and methods for overcoming the above-mentioned problems and shortcomings faced by a modern consumer. The present disclosure describes novel systems and methods for a customer to receive information and/or purchase a product or service while interacting with multiple vendors through a single contact/agency. The customer is able to communicate with the agency through a variety of communication modes. The agency adapts the customer's input as necessary to meet the requirements of the vendors and the agency returns information to the customer so that the customer can conveniently interact with the multiple vendors. The agency may also create packages from the information received from the vendors and present these packages to the customer to ease the customer's burden of reviewing an abundance of information. The systems and methods allow for the customer to stop and restart the process at various points using various communication modes. The agency has the ability to present the customer with prospecting, sales, service, upgrades, cross-sells, up-sells, and other pre- and post-purchase services at the single point-of-contact agency. Thus, the efficiency of the information-gathering evolution for the consumer is greatly increased and the consumer is conveniently presented with relevant information without having to individually perform tedious information-gathering for each of the relevant prospective sellers.

Accordingly, it is an object of the present disclosure to provide a system for providing information to a customer, from one or more predetermined sellers via one intermediary agency, for choosing a product. The system includes a first module for receiving from a customer a first set of information regarding a product, such as, but not limited to, a customer request for an online quote for a product or service including customer-specific information and requirements, an identification of the customer, an online banking identification of the customer, if such identification exists, etc. The system also includes a second module, which is operatively connected to the first module, for providing a second set of information to the customer based on the received first set of information. The second set of information may contain more specific information regarding the product/service desired by the customer. As a non-limiting example, if the customer is interested in purchasing a car insurance policy, the second set of information may contain requests such as the type and number of vehicles owned by the customer, whether the customer rents or owns his or her home, etc. The system also includes a third module, which is operatively connected to the first module, for receiving and processing first customer data regarding the desired product. Continuing with the non-limiting car insurance example, the first customer data typically contains information specific to the desired car insurance, such as the type and amount of car insurance coverage desired, and may contain information such as a desired deductible limit and/or a desired maximum premium payment. This “raw” information received from the customer may need to be processed by the agency so that the various predetermined insurance agencies with whom the agency will be interfacing will be able to return insurance information for the customer that is relevant to the customer's request. The system also includes a fourth module, which is operatively connected to the third module and to the one or more predetermined product providers, where the fourth module sends first processed customer data to the one or more product providers and receives first product data from the one or more product providers in response to the first processed customer data. Still continuing with the non-limiting insurance example, the first product data typically contains insurance quote information which is based on the first processed customer data.

Additionally, the third module sends the first product data to the customer and receives a product choice from the customer in response to the first product data. The third module also receives and processes second customer data regarding the customer's product choice. The fourth module also sends the second processed customer data to one of the product providers associated with the customer's product choice, and receives from the one product provider second product data in response to the second processed customer data. The third module also processes the second product data and sends the second product data to the customer.

Optionally, the third module receives from the customer an acceptance of the second product data where the acceptance includes customer payment information; the fourth module sends to the one product provider an indication of receipt of the customer payment information; and the third module sends to the customer an indication of purchase of the product choice, such as, but not limited to, an ID card.

It is a further object of the present disclosure to provide a system for providing information to a customer, from one or more predetermined sellers via one intermediary agency, for choosing a product. The system includes a first module for receiving from a customer a first set of information regarding a product, such as, but not limited to, a customer request for an online quote for a product or service including customer-specific information and requirements, an identification of the customer, an online banking identification of the customer, if such identification exists, etc. The system also includes a second module, which is operatively connected to the first module, for providing a second set of information to the customer based on the received first set of information. The second set of information may contain more specific information regarding the product/service desired by the customer. As a non-limiting example, if the customer is interested in purchasing a car insurance policy, the second set of information may contain requests such as the type and number of vehicles owned by the customer, whether the customer rents or owns his or her home, etc. The system also includes a third module, which is operatively connected to the first module, for receiving, via the first module, first customer data regarding the desired product and for processing the first customer data. Continuing with the non-limiting car insurance example, the first customer data typically contains information specific to the desired car insurance, such as the type and amount of car insurance coverage desired, and may contain information such as a desired deductible limit and/or a desired maximum premium payment. This “raw” information received from the customer may need to be processed by the agency so that the various predetermined insurance agencies with whom the agency will be interfacing will be able to return insurance information for the customer that is relevant to the customer's request. The system also includes a fourth module, which is operatively connected to the third module and to the one or more predetermined product providers, where the fourth module sends first processed customer data to the one or more product providers and receives first product data from the one or more product providers in response to the first processed customer data. Still continuing with the non-limiting insurance example, the first product data typically contains insurance quote information which is based on the first processed customer data.

Additionally, the third module sends the first product data to the customer, via the first module, and receives a product choice from the customer, via the first module, in response to the first product data. The third module also receives, via the first module, second customer data regarding the customer's product choice and processes, if necessary, the second customer data. The fourth module also sends the second processed customer data to one of the product providers associated with the customer's product choice, and receives from the one product provider second product data in response to the second processed customer data. The third module also processes the second product data and sends the second product data to the customer via the first module.

Optionally, the third module receives from the customer, via the first module, an acceptance of the second product data where the acceptance includes customer payment information; the fourth module sends to the one product provider an indication of receipt of the customer payment information; and the third module sends to the customer, via the first module, an indication of purchase of the product choice, such as, but not limited to, an ID card.

It is still a further object of the present disclosure to provide information from a business to a customer for assisting the customer in choosing a product. The method includes: receiving from a customer a first set of information regarding a product, where the first set of information is received via a first computer interface communicating with the customer over a computer network; providing a second set of information to the customer via said first computer interface based on the received first set of information; receiving first customer data regarding said product; processing, using a microprocessor, the first customer data; sending the processed first customer data to one or more product providers via a second computer interface; receiving, via said second computer interface, a reply from at least one of the one or more product providers in response to the processed first customer data; determining if the reply includes first product data and if so, sending, via said first computer interface, the first product data to said customer; receiving, via said first computer interface, a product choice and second customer data regarding the product choice from the customer in response to said first product data; processing, using said microprocessor, the second customer data; sending, via said second computer interface, the processed second customer data to one of the product providers associated with the product choice and for receiving from the one product provider, via the second computer interface, second product data in response to the processed second customer data; processing, using said microprocessor, the second product data; and sending the processed second data, via said first computer interface, to the customer.

Additionally, further embodiments of the present subject matter include: receiving from the customer an acceptance of the second product data including customer payment information; sending to the one product provider an indication of receipt of the customer payment information; and sending to the customer an indication of purchase of the product choice.

In another embodiment of the present subject matter, if the determination of whether the reply includes first product data results in finding that the reply does not contain first product data, then sending to the customer a notification that no product data was received; receiving and processing third customer data regarding said product and sending the processed third customer data to the one or more product providers; and receiving first product data from the one or more providers. Alternatively, if the determination of whether the reply includes first product data results in finding that the reply does not contain first product data, then receiving at a customer contact sales center a telephone call from the customer; recommending to the customer changes to the first customer data; and processing the first customer data and providing the customer with first product data.

Still other embodiments of the present subject matter further include setting up an account for the customer with the business; and providing product information to the customer based on the product choice.

Further embodiments of the present subject matter further include determining if the customer is an online client of the business; determining a status of the customer if the customer is not a current online client of the business or if said first set of information is not verified by the business, including determining if the customer is an offline client of the business and if so, presenting a first content to the customer, otherwise flagging the customer as a pending customer; and establishing for the customer credentials which allow the customer to save a third set of information so that the customer may later resume choosing a product via an online channel, an offline channel, a telephonic channel, and combinations thereof.

The above advantages, as well as many other advantages, of the present disclosure will be readily apparent to one skilled in the art to which the disclosure pertains from a perusal of the claims, the appended drawings, and the following detailed description.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a block diagram of a system for an online agency according to an embodiment of the disclosure.

FIG. 2 is a block diagram of a system for an online agency according to another embodiment of the disclosure.

FIGS. 3A, 3B, and 3C are flow diagrams for a method for an online agency according to embodiments of the disclosure.

DETAILED DESCRIPTION

With reference to the figures where like elements have been given like numerical designations to facilitate an understanding of the present subject matter, various embodiments of a system and method for an online agency are described. While the below discussion may at times, for exemplary purposes, discuss the invention in terms of providing information for, purchasing, and servicing an insurance policy, those of skill in the art will readily understand that the breadth and scope of the invention is not so limited and that the agency system and methods disclosed herein are applicable to a broad range of products and services.

The present disclosure describes novel systems and methods for a customer to receive information and/or purchase a product or service while interacting, indirectly, with multiple providers through a single contact/agency. The customer is able to communicate with the agency through a variety of communication modes such as via an online channel, an offline channel, a telephonic channel, or combinations thereof. This flexibility allows the customer to interface with the agency in a manner which meets the customer's needs for security as well as the customer's particular comfort level for communication. For example, the customer may start an insurance application using the online channel, go offline, then resume the application process using the telephonic channel. Data entered by the customer during the online channel transaction is passed to the telephonic service channel personnel so that reentering of data is not required. Thus, the customer is not restricted to just one communication, mode for a given process. The customer can use one, two, or more communication modes and switch between them as the customer sees fit. Therefore, the systems and methods described herein allow for the customer to stop and restart the process at various points using various communication modes.

Another benefit of the present subject matter is that the agency with which the customer interacts shoulders the burden of interfacing with various predetermined providers. For example, if the customer is interested in purchasing car insurance, and the agency has, say, three providers of car insurance from which the agency is prepared to request quotes, the three insurance providers may have different requirements for how they receive information for their quotes. As a non-limiting example, if a customer wants $250,000 of comprehensive insurance, and insurance company A only provides comprehensive insurance at every $200,000 level, the agency will process the customer's request and send to the insurance company an appropriate request that best meets the customer's needs. Another example may be based on the type of use for the vehicle, the number of miles driven per day, the number of miles driven annually, etc. Of course, as the number of variables increases between what the customer requests and what the insurance company's requirements are for a quote, the agency must process the customer's request in the most fitting way possible. These variables may include, but are not limited to, discounts offered by various vendors (anti-theft, airbag, anti-lock, multi-car, homeownership, good student, driver training, etc.) For example, the agency may round the customer's request up or down, or determine a “best fit” between different and/or competing requirements, or the agency may take advantage of other information the agency has for the insurance company to provide the customer with a pertinent quote. All of this, and other, processing of the customer's input by the agency is possible since the agency has researched the requirements of the various providers so that the customer does not have to. Additionally, the agency may inform the customer that altering one or more parameters of the customer's request may allow the agency to return a better quote from the insurance company providers. Thus, according to the present subject matter, the agency adapts the customer's input as necessary to meet the requirements of the providers/vendors and the agency returns information to the customer so that the customer can conveniently interact with the multiple vendors.

Various embodiments of the present subject matter allow for the agency's sales, solutions, and service centers to cooperatively interact. The agency has the ability to present the customer with prospecting, sales, service, upgrades, cross-sells (e.g., if the customer has purchased car insurance, the agency can ask the customer if he or she would like to also purchase homeowner's insurance, renter's insurance, etc., either as a package with the car insurance or from a different insurance provider altogether; can also cross-sell financial products and services), up-sells (e.g., inform the customer of coverages they did not select, inform the customer if their insurance purchase is at, below, or above the norm for others who are similar to the customer), and other pre- and post-purchase services at the single point-of-contact agency. As an example, because of this interaction, the customer may, using the one agency interface (with one or more communication channels), service existing policies, purchase a new policy of the same or a different type (e.g., a second car insurance policy or a new homeowner's policy), add a driver or a vehicle to a car insurance policy, add a scheduled property coverage, request new insurance documentation, communicate with the agency through e-mail, chat, click to call, phone, etc. As a further example, if the customer has purchased an insurance policy from an insurance provider, via the agency, in order to renew the policy the customer need only interface with the agency rather than the insurance provider, as required by typical prior art systems. Thus, the agency can build brand loyalty throughout the entire purchase and servicing process.

Thus, the efficiency of the information-gathering evolution for the consumer is greatly increased and the consumer is conveniently presented with relevant information without having to individually perform tedious information-gathering for each of the relevant prospective sellers.

With attention directed towards FIG. 1, system 100 represents a block diagram of a system for an online agency according to an embodiment of the disclosure. Block 110 represents a customer who is interested in receiving information for choosing a product or service and prefers to receive pertinent information while avoiding unnecessary duplication of effort in connecting to various provides of the product/service one after another. The customer 110 initiates a process for receiving information for choosing a product, servicing a previously-purchased product, choosing a cross-sell product, or any other like matter. As stated above, while the discussion herein will be directed towards purchasing an insurance policy, those of skill in the art will readily understand that the present subject matter is not so limited. The customer 110 transmits a quote request 119 to a first module 120 of the agency's system. The first module 120 may be a computer network interface program or similar hardware/software. The request may include information for an insurance quote, may include an online ID that has been assigned to the customer by the agency, and may include the customer's name, address, zip code, date of birth, and other personal identifying information. The agency may be a financial institution and the online ID may be an online banking ID. The agency's system may, through a second module 130, determine information about the customer, such as matching information. This matching information may be retrieved from the agency's internal databases, from external databases, or both, and may be used for authenticating or establishing credentials for the customer. This information may include, for example, personal information about the customer that the customer did not provide (e.g., address, phone number, zip code, date of birth, driving history, moving violations, arrests, etc.), other information about the customer (e.g., whether the customer is a renter or a home owner, etc.), information regarding the customer's vehicles (e.g., number of vehicles, make, model, year, etc.), and information about existing insurance coverage. Some of this information may be used to prefill fields in a form that will be sent to the customer. The second module 130 then provides to the customer, via the first module, a set of customer information 121 based on the received request from the customer. This set of information sent to the customer typically includes information the agency discovered from the search of its internal and external databases using the second module.

The second module 130 includes a processor, operatively connected to the internal and external databases, which is programmed to determine if the customer is an online client of the agency; determine a status of the customer if the customer is not a current online client of the agency or if the customer information 121 is not verified by the agency, including determining if the customer is an offline client of the agency and if so, presenting an online user ID and password to the customer, otherwise flagging the customer as a pending customer; and establish for the customer credentials which allow the customer to save information relevant to the information gathering or purchasing process so that the customer may later resume gathering information and/or choosing a product via an online channel, an offline channel, a telephonic channel, or combinations thereof.

The agency's system further includes a third module 140 which is operatively connected to the first module 120 and the customer 110. The third module receives coverage information/data 111 from the customer regarding the product the customer is inquiring about. For example, the coverage information 111 includes particulars regarding the customer's desired insurance coverage, such as desired premium payments, desired deductible amounts, desired insurance coverage amounts, etc. Typically, the coverage information 111 received from the customer is information that is readily known to the customer without requiring the customer to stop the online session with the agency in order to look up information. As discussed further below, once a carrier is selected, then the customer is queried for more detailed information, if necessary. The third module, after receiving the coverage information 111, processes, as necessary, the coverage information using a processor so that the various predetermined insurance providers/carriers 160 will return information that is useful to the customer. Since the various carriers 160 may each have different requirements, in order to return to the customer a comprehensive, yet digestible, report of available coverages, the processing done by the third module is important. Additionally this processing, sometimes referred to herein as filtering or a suitability check, is done by the third module 140 provides cost savings for the carriers 160 since the agency can filter out those customers for which the agency knows a particular carrier will not return a quote. This cost savings for the carrier comes about since the carrier will not have to incur inquiry report costs. For example, some carriers 160 may not be licensed to operate in the state the customer is located, one carrier may have levels of coverage that are different than the levels of coverage offered by another carrier, some carriers may require collision coverage and others may not, some carriers may not return a quote based on the customer's driving history, etc. Other examples of processing/filtering include, but are not limited to:

State financial responsibility filing requirements

Customer's traffic violations (e.g., driving under the influence, driving while intoxicated, hit and run, vehicular homicide/manslaughter, etc.)

Customer's driver's license suspension or revocation

If the customer is currently insured

Customer's ratio of drivers to vehicles and vehicles to drivers

The processing done by the third module 140 may also include preselecting insurance coverage packages so as to not inundate the customer with a plethora of choices. Thus, the agency may present to the customer preselected packages which the customer may choose not to take and may instead choose to modify or customize the package. These packages may be based on such parameters as the state the customer's vehicle is registered, the ownership status (e.g., comprehensive and collision coverages are typically required for financed/leased vehicles), violations/claims (e.g., carriers may choose not to offer higher limits to customers with several violations), etc.

In addition, the processing done by the third module 140 may include assembling the information/data received from the customer and discovered about the customer to fit the particular formats of each of the carriers 160. Typically, each carrier has a specific format which differs, either slightly or greatly, from other carriers. While some data mapping elements require input for all carriers, the assembly of the data is based on the carriers' needs. For example, most all carriers require basic information such as the customer's name, address, and zip code, the format or sequence of this information may vary by carrier. For example, if the customer has a current policy with an insurance company named “X Mutual Insurance Company”, prospective new insurance company A may need that information in the format “X Mutual Insurance Company” while company B may need the information in the format “X Mutual Ins. Co.” while company C may require just “X”.

The third module 140, after performing some or all of the processing outlined above, sends the processed customer data/information to a fourth module 150, with which it is operatively connected. The fourth module 150 sends the processed customer data/information 152 to the predetermined carriers 160, with which it is operatively connected. The fourth module 150 may include a computer network interface, as is known in the art. The first through fourth modules, which comprise the agency's system, may be separate hardware and/or software modules or two or more of the modules may be integrated into one overall computer hardware/software module.

The processed customer data/information 152 is received by one or more of the predetermined carriers 160 where each carrier receives the customer data/information 152 in the specific format and with the specific content required for that carrier. One or more of the carriers 160 sends a first set of product data 163, which typically contains an initial quote, to the fourth module 150 which passes the first set of product data 163 to the third module 140.

In certain embodiments of the present subject matter, the third module 140 processes the first set of product data 163 to thereby present the product data to the customer in a user-friendly display which contains only that data which the agency decides is helpful to the customer. For example, the third module 140 may not present information from a particular carrier if that carrier does not provide coverage that meets the customer's needs according to the information the agency has received and/or gathered about the customer. The first set of product data 163 is presented by the third module 140 to the customer 110 as quotes 144 from the carriers.

The third module 140 then typically receives from the customer 110 a selection 115 of one (typically) of the quotes presented. Based on the selected quote, the third module 140 sends to the customer 110 one or more inquiries pertinent to the customer's situation with respect to the desired insurance. These inquiries are specific to the carrier with whom the customer's selection 115 is associated. The customer then provides to the third module a second set of customer data, which may contain the following information. Naturally, if the customer is not satisfied with any of the presented quotes, the customer may modify their initial request and proceed as if the modified request was the customer's initial quote request 119 or the customer's coverage information/data 111. Alternatively, the customer may, based on suggestions from the agency (e.g., a better deal is possible from one of the carriers, selected or otherwise, if the customer modifies their requested coverage), modify their coverage request 146 one or more times and proceed from that point in the process. Again, the third module processes, as necessary, the selected quote and/or information or modified data from the customer (i.e., the second set of customer data).

The third module 140 then sends to the carrier associated with the customer's selected quote 115, via the fourth module 150, the processed (as necessary) second set of customer data 157. The selected carrier then sends to the third module, via the fourth module, a second set of product data which typically includes a revised quote 168 (which may be a final quote and may contain other pertinent insurance policy information for the selected carrier) based on the second set of customer data 157. Again, the third module 140 processes, as necessary, the second set of product data and/or revised quote 168 from the carrier and sends the processed product data/revised quote/policy information to the customer 110.

If the customer 110 so chooses, the customer may accept the final quote from the selected carrier and transmit indicia of that acceptance to the third module 140. The indicia of acceptance may include payment information. Alternatively, the indicia of acceptance may include something other than payment information at which point the third module may transmit payment requirements to the customer who would then send to the third module payment information. The third module 140 would receive the payment information and send to the selected carrier an indication of receipt of the payment information 1510. The third module 150 would then send to the customer 110 an indication of purchase 1411 of the chosen product which may include an ID card.

The agency is typically an online-capable business and in some embodiments, the online-capable business is a financial institution, a bank, a subsidiary of a financial institution, a company affiliated with a financial institution, or combinations thereof.

Now considering FIG. 2, system 200 represents a block diagram of a system for an online agency according to an embodiment of the disclosure. System 200 differs from system 100 in that all information exchanges between the agency and the customer are directed through the first module 120, which is described above. Thus, the third module 140 does not communicate directly with the customer 110, rather the third module 140 communicates with the customer 110 via the first module 120. Otherwise, the operation of system 200 is as described above for system 100 and that operation will not be repeated here. As with system 100, in system 200 the first through fourth modules, which comprise the agency's system which is an online-capable business, may be separate hardware and/or software modules or two or more of the modules may be integrated into one overall computer hardware/software module.

Considering now FIGS. 3A through 3C, flow diagrams are presented for a method for an online agency including methods for providing information from a business/agency, from one or more predetermined product/service providers, to a customer for assisting the customer in choosing and/or purchasing and/or servicing a product or service, according to embodiments of the disclosure. In FIG. 3A, at block 301 an online-capable business receives a first set of information (as described above) from the customer where the first set of information is received via a first computer interface communicating with the customer over a computer network. At block 305, the business provides a second set of information (as described above) to the customer via the first computer interface where the second set of information is based on the received first set of information. At block 306, the business receives a first set of customer data regarding a product/service in which the customer is interested in receiving information about, purchasing, or servicing. At block 307, the business processes, as described above, using a microprocessor, the received first set of customer data as necessary In an embodiment of the present subject matter, the processing of the first set of customer data includes performing a pre-approval determination of the customer for a cross-sell product or service. At block 308 the business sends the first customer data and/or the processed first customer data to one or more product/service providers via a second computer interface. At block 309, the business receives, via the second computer interface, a reply from at least one of the one or more product providers in response to the first customer data and/or the processed first customer data. At block 310, the business determines if the received replies include first product data (as described above) and, if so, processes the received replies as necessary using a microprocessor. At block 313, if the received replies do contain first product data, the business then sends, via the first computer interface, the first product data and/or the processed first product data to the customer. At block 314, the business receives, via the first computer interface, a product choice and a second set of customer data (as described above) regarding the product choice from the customer in response to the first product data. At block 315, the business processes, as necessary using a microprocessor, the second set of customer data. At block 316, the business sends, via the second computer interface, the second set of customer data and/or the processed second set of customer data to the one product provider associated with the product choice. At block 317, the business receives, via the second computer interface, a second set of product data (as described above) from the one product provider associated with the product choice, where the second set of product data is received in response to the second set of customer data and/or the processed second set of customer data. At block 318, the business processes, as necessary using a microprocessor, the second set of product data. At block 319, the business sends to the customer, via the first computer interface, the second set of product data and/or the processed second set of product data. Thus, the business has provided to the customer information from one or more product/service providers regarding a product/service that the customer is interested in where the information will assist the customer in choosing a product/service desired by the customer. Additionally, the above process can be used to provide information to the customer regarding a product/service that the customer is interested in where the information will assist the customer in choosing a follow-on service for a previously-purchased product/service.

Optionally, according to certain embodiments of the present subject matter, the process may continue at block 320 to FIG. 3C. In FIG. 3C, at block 335, the business receives from the customer, via the first computer interface, an acceptance of the second set of product data where the acceptance includes customer payment information for the accepted product/service. At block 336, the business sends to the provider of the accepted product/service, via the second computer interface, an indication of the receipt of the customer payment information from the customer. At block 337, the business sends to the customer, via the first computer interface, an indication of purchase of the product choice (as described above). In an embodiment of the present subject matter, the indication of purchase of the product choice includes an insurance identification card. Thus, the business has provided to the customer information from one or more product/service providers from which the customer has purchased a product/service desired by the customer. Additionally, the above process can be used to provide information to the customer from which the customer has purchased a follow-on service for a previously-purchased product/service.

Optionally, according to certain embodiments of the present subject matter, the process may continue at block 338 where the business sets up an account for the customer with the business and at block 339 where the business provides, via the first computer interface, product information to the customer based on the product choice. The product information may include, but is not limited to, payment reminders, payment deadlines, renewal reminders, renewal deadlines, renewal information, cross-sell opportunities, up-sell opportunities, or combinations thereof.

Referring now to FIGS. 3A and 3B, at block 310 of FIG. 3A, in embodiments of the present subject matter, if the business determines that the received replies do not include first product data, the process may be continued at blocks 311 or 312, as described below. For one embodiment of the present subject matter, the process continues at block 311 to FIG. 3B. In FIG. 3B, at block 323, the business sends to the customer, via the first computer interface, a notification that no first product data was received from the product providers. At block 324, the business receives from the customer, via the first computer interface, a third set of customer data regarding the product/service desired by the customer. The business may process the third set of customer data, as necessary using a microprocessor. At block 325, the business sends the third set of customer data and/or the processed third set of customer data to the product providers via the second computer interface. At block 326, the business receives, via the second computer interface, a reply from at least one of the one or more product providers in response to the first customer data and/or the processed first customer data, where the reply includes a first set of product data. In an embodiment of the present subject matter, the business may not receive a reply which includes a first set of product data at which point the process may jump back to block 310 (not shown for sake of clarity). Continuing with the process in FIG. 3B where the reply from at least one of the one or more product providers includes a first set of product data, at block 321 the process continues as shown in FIG. 3A.

Referring again to block 310 of FIG. 3A, in embodiments of the present subject matter, if the business determines that the received replies do not include first product data, the process may be continued at block 312, as described below. For one embodiment of the present subject matter, the process continues at block 312 to FIG. 3B. In FIG. 3B, at block 327, the business receives, at a customer contact sales center of the business, a telephone call from the customer. At block 328, the business, via the sales center, recommends to the customer changes to the first set of customer data. The recommendation is based on the business's knowledge of the requirements and other particulars (including, but not limited to insurance coverage levels, deductible amounts, etc.) of the predetermined product/service providers. At block 329, the customer determines if he/she would like to continue the process through an online channel (shown as continuing to block 323) or continue through an offline channel such as the telephone channel (shown as continuing to block 330).

If the customer opts to continue the process through an online channel, the process continues at block 323 to FIG. 3A. In FIG. 3A, at block 307, the business processes, as necessary using a microprocessor as described above, the modified first set of customer data from the recommendations at block 328 in FIG. 3B. The process then continues on to block 308 in FIG. 3A, as described above. If the customer opts to continue the process through an offline channel, such as the telephone channel, the process continues at block 330 in FIG. 3B. At block 330, the sales center processes the modified first set of customer data (the modifications as recommended at block 328), described above, and sends the modified first set of customer data to the one or more product/service providers. At block 331, the sales center receives a reply from at least one of the one or more product/service providers in response to the modified/processed first set of customer data, where the reply includes a first set of product data. In an embodiment of the present subject matter, the sales center may not receive a reply which includes a first set of product data at which point the process may jump back to block 310 (not shown for sake of clarity) or block 328 (not shown for clarity) and continue the process. If the sales center determines that the received replies include first product data, the sales center informs/sends to the customer the first set of product data processed as necessary using a microprocessor. At block 333, the customer determines if he/she would like to continue the process through an offline channel (shown as continuing to block 334) or continue through an online channel (shown as continuing to block 322).

If the customer opts to continue the process using an offline channel, such as the telephone channel, at block 334 the sales center continues the process described above via the offline channel. If the customer opts to continue the process using an online channel, the process continues at block 322 to FIG. 3A. In FIG. 3A, at block 314, the business receives, via the first computer interface, a product choice and a second set of customer data regarding the product choice from the customer in response to the first product data. The process then continues on to block 315 in FIG. 3A, as described above.

Referring again to FIG. 3A, in an embodiment of the present subject matter, the business, upon receiving the first set of information from the customer at block 301, at block 302 the business determines if the customer is an existing online client of the business. If the customer is an existing online client of the business, then the customer will have credentials with the business which will enable the customer to stop and restart the process in FIGS. 3A through 3C without losing any data, so long as the first set of information from the customer can be verified by the business. At block 303, the business determines if the customer is not an existing online client of the business or if the first set of information received from the customer cannot be verified by the business. Additionally, the business determines if the customer is an existing offline client of the business. At block 304, if the customer is not an online client of the business but is an offline client of the business, and the first set of information from the customer can be verified by the business, the business establishes customer credentials which will enable the customer to stop and restart the process in FIGS. 3A through 3C without losing any data. If the customer is neither an online or offline client of the business or if the first set of information from the customer cannot be verified, the business flags the customer as a pending customer. The process then continues to block 305, as described above.

While preferred embodiments of the present disclosure have been described, it is to be understood that the embodiments described are illustrative only and that the scope of the invention is to be defined solely by the appended claims when accorded a full range of equivalents, many variations and modifications naturally occurring to those of skill in the art from a perusal hereof. 

We claim:
 1. A system for intermediating internet traffic between a customer device and a plurality of different provider devices, the system comprising: a first network interface device configured to receive a first customer dataset via the internet; a first processor configured to (a) access a storage drive to load a first supplemental dataset based on receipt of the first customer dataset at the first network device and (b) supplement the first customer dataset based on the loaded first supplemental dataset; a second processor configured to (a) load a plurality of different filters based on receipt of the supplemented first customer dataset, (b) apply the plurality of different filters to the supplemented first customer dataset, (c) select a subset of a plurality of provider devices based on outcomes of the plurality of different filters, the selected subset including a first provider device and a second provider device, (d) reformat the supplemented first customer dataset into a first revised customer dataset, and (e) reformat the supplemented first customer dataset into a second revised reformatted customer dataset; a second network interface configured to (a) transmit the first revised dataset to the first provider device over the internet and (b) transmit the second revised dataset to the second provider device over the internet.
 2. The system of claim 1, wherein the second network interface is configured to: receive a first reply dataset from the first provider device via the internet and a second reply dataset from the second provider device via the internet; the second processor being configured (a) to reformat the first reply dataset into a first reformatted reply dataset and the second reply dataset into a second reformatted reply dataset, and (b) cause the first and second reformatted reply datasets to be transmitted to the customer device.
 3. The system of claim 2, wherein the second processor is configured to: (a) select a subset of reformatting rules from a plurality of reformatting rules based on the selected subset of provider devices, and (b) instruct the second network interface to transmit at least one revised reformatted customer dataset to each of the of the selected subset of provider devices.
 4. The system of claim 3, wherein the second processor is configured to (a) reformat the supplemented first customer dataset into the first revised customer dataset based on one of the selected subset of reformatting rules and (b) reformat the supplemented first customer dataset into the second revised customer dataset based on another of the selected subset of reformatting rules.
 5. The system of claim 4, wherein the system is configured to intermediate all electronic traffic between the customer device and the plurality of provider devices.
 6. The system of claim 5, wherein the first network interface is configured to transmit the first reformatted reply dataset and the second reformatted reply dataset to the customer device.
 7. The system of claim 6, wherein the second processor is configured to package the first reformatted reply dataset with the second reformatted reply dataset so that the first network interface transmits the reformatted reply datasets as a unit and the customer devices receives the reformatted reply datasets as a unit.
 8. The system of claim 1, wherein the storage device comprises a first database and a second database, the first database being configured to communicate with the first processor without the internet.
 9. The system of claim 1, wherein the first processor is configured to generate and transmit login credentials to the customer device.
 10. The system of claim 1, wherein the first customer dataset comprises insurance coverage information.
 11. The system of claim 2, wherein the first and second reply datasets comprise insurance quotes.
 12. The system of claim 1, wherein the first reformatted reply dataset and the second reformatted reply datasets observe a common predetermined format.
 13. A method of intermediating internet traffic between a customer device and a plurality of different provider devices, the method comprising: with a first network interface device, receiving a first customer dataset via the internet; with a first processor: (a) accessing a storage drive to load a first supplemental dataset based on receipt of the first customer dataset at the first network device and (b) supplementing the first customer dataset based on the loaded first supplemental dataset; with a second processor: (a) loading a plurality of different filters based on receipt of the supplemented first customer dataset, (b) applying the plurality of different filters to the supplemented first customer dataset, (c) selecting a subset of a plurality of provider devices based on outcomes of the plurality of different filters, the selected subset including a first provider device and a second provider device, (d) reformatting the supplemented first customer dataset into a first revised customer dataset, and (e) reformatting the supplemented first customer dataset into a second revised reformatted customer dataset; with a second network interface: (a) transmitting the first revised dataset to the first provider device via the internet and (b) transmitting the second revised dataset to the second provider device over the internet.
 14. The method of claim 13, further comprising: with the second network interface: receiving a first reply dataset from the first provider device via the internet and receiving a second reply dataset from the second provider device via the internet; with the second processor: (a) reformatting the first reply dataset into a first reformatted reply dataset and the second reply dataset into a second reformatted reply dataset, and (b) causing the first network interface to transmit the first reformatted reply and the second reformatted reply to the customer device.
 15. The method of claim 13, wherein the second processor is configured to select a subset of reformatting rules from a plurality of reformatting rules based on the selected subset of provider devices.
 16. The method of claim 15, wherein the second processor is configured to (a) reformat the supplemented first customer dataset into the first revised customer dataset based on one of the selected subset of reformatting rules and (b) reformat the supplemented first customer dataset into the second revised customer dataset based on another of the selected subset of reformatting rules.
 17. The method of claim 16, further comprising intermediating all electronic traffic between the customer device and the plurality of provider devices.
 18. The method of claim 13, further comprising intermediating all electronic traffic between the customer device and the plurality of provider devices.
 19. The method of claim 14, wherein the first network interface is configured to transmit the first reformatted reply dataset and the second reformatted reply dataset to the customer device; wherein the second processor is configured to package the first reformatted reply dataset with the second reformatted reply dataset so that the first network interface transmits the reformatted reply datasets as a unit and the customer device receives the reformatted reply datasets as a unit.
 20. A method of intermediating internet traffic between a customer device and a plurality of different provider devices, the method comprising: receiving a customer dataset via the internet; supplementing the customer dataset to generate a supplemented dataset; selecting a subset of a plurality of provider devices based on the supplemented dataset; reformatting the supplemented dataset into a plurality of reformatted datasets, each of the plurality of reformatted datasets corresponding to one of the selected subset of provider devices; transmitting one of the plurality of reformatted datasets to each of the selected subset of provider devices via the internet.
 21. The method of claim 20, further comprising: receiving a first reply dataset from a first of the plurality of provider devices via the internet and receiving a second reply dataset from a second of the plurality of provider devices via the internet; reformatting the first reply dataset into a first reformatted reply dataset and the second reply dataset into a second reformatted reply dataset; transmitting the first reformatted reply dataset and the second reformatted reply dataset to the customer device.
 22. The method of claim 21, further comprising: packaging the first reformatted reply dataset with the second reformatted reply dataset so that the reformatted reply datasets are transmitted as a unit and the customer device receives the reformatted reply datasets as a unit. 